The deterministic generation of multiexcitation subradiant states proves to be challenging. Here, we present a viable path towards their transient in finite-sized ordered arrays dipole-dipole coupled quantum emitters, based on incoherent driving the atomic ensemble. In particular, show that maximal coupling long-lived is achieved if only half atoms are initially excited. We characterize nature ...

Faced upon the research status of Aculops lycopersici, the importance of population dynamic has been put forward. The feasibility and superiority of cellular automata applied in the simulation of Aculops lycopersici has been discussed. This paper has put forward an Aculops lycopersici population dynamic model prototype based on cellular automata, the result showed that this model can be used to...

We derive a dynamic system model for biogeography-based optimization (BBO) that is asymptotically exact as the population size approaches infinity. The states of the dynamic system are equal to the proportion of each individual in the population; therefore, the dimension of the dynamic system is equal to the search space cardinality of the optimization problem. The dynamic system model allows u...

Poikilothermic disease vectors can respond to altered climates through spatial changes in both population size and phenology. Quantitative descriptors to characterize, analyze and visualize these dynamic responses are lacking, particularly across large spatial domains. In order to demonstrate the value of a spatially explicit, dynamic modeling approach, we assessed spatial changes in the popula...

One of the central objectives in the field of phylodynamics is the quantification of population dynamic processes using genetic sequence data or in some cases phenotypic data. Phylodynamics has been successfully applied to many different processes, such as the spread of infectious diseases, within-host evolution of a pathogen, macroevolution and even language evolution. Phylodynamic analysis re...

We investigate the dynamics of a series of two-prey-one-predator models in which the predator exhibits adaptive diet choice based on the different energy contents and/or handling times of the two prey species. The predator is efficient at exploiting its prey and has a saturating functional response; these two features combine to produce sustained population cycles over a wide range of parameter...